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Published March 16, 2026 | Version v2
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Angelita Subsurface Water Absorption Hypothesis

Authors/Creators

Contributors

Researcher:

  • 1. Independent Researcher, Indonesia

Description

Title: Angelita Subsurface Water Absorption Hypothesis

Author: Angelita Baga

Affiliation: Independent Researcher – Nursing Student

Abstract / Description:

This research proposes the Planetary Sponge Model for Mars, suggesting that subsurface porous layers absorb and retain water, potentially supporting microbial life. By analyzing geological data and subsurface scans, the study predicts water-rich zones and potential biosignatures beneath the Martian surface. Findings indicate that Mars’ subsurface may hold hidden water reservoirs, offering possible niches for microbial life. This study aims to provide a conceptual framework for future astrobiology research.

Keywords: Mars, water absorption, Planetary Sponge Model, microbial life, subsurface water

Version: 1.0

License: CC-BY 4.0

Contact Email: 

Language: English

Publication Type: Research paper / Conceptual study

Date: 2026-03-16

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Additional details

Identifiers

DOI
10.5281/zenodo.1234567

Related works

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Other: Tidak saya butuh 1 (Other)

Funding

U.S. National Science Foundation
Conference: Singularities in Ann Arbor 2401041

Dates

Other
2026-03-16
This research proposes the Planetary Sponge Model for Mars, explaining subsurface water absorption and storage. The model predicts water-rich zones and potential microbial habitats. The study is conceptual and provides a framework for further astrobiology research. For further information or collaboration, contact Angelegha68@gmail.com.
Other
2026-03-16
This research proposes the Planetary Sponge Model for Mars, explaining subsurface water absorption and storage. The model predicts water-rich zones and potential microbial habitats. The study is conceptual and provides a framework for further astrobiology research. For further information or collaboration, contact Angelegha68@gmail.com.
Other
2026-03-16
This research proposes the Planetary Sponge Model for Mars, explaining subsurface water absorption and potential microbial habitats. The study is conceptual and provides a framework for further astrobiology research. Contact author: Angelegha68@gmail.com

References